The system is mainly configured with single-screw or twin-screw extruders, which undertake the core functions of heating, melting and extruding HDPE-based raw materials. The resulting multi-layer co-extruded pipes exhibit superior comprehensive physical properties, featuring enhanced compressive strength, excellent corrosion resistance and outstanding wear resistance. Notably, the material composition of each layer can be customized according to specific application requirements, enabling precise matching of performance indicators for targeted usage scenarios.
Line Type | Extruder Type | Pipe Range(mm) | Max. Speed (m/min) | Max.Capacity(kg/h) |
MFH-F32 | MFH-60 | 8-32 | 50 | 200-280 |
MFH-F63 | MFH-60 | 16-63 | 40 | 250-350 |
MFH-F110 | MFH-60 | 20-110 | 30 | 280-400 |
MFH-F160 | MFH-60 | 40-160 | 15 | 300-440 |
MFH-F250 | MFH-75 | 50-250 | 8 | 480-600 |
The core configuration of HDPE multilayer co-extrusion pipe equipment consists of a multi-screw extruder, composite mold, and precision control system, enabling the co-extrusion molding of different functional layers. Product advantages include strong barrier properties, balanced mechanical properties, and controllable cost, making it suitable for various scenarios such as gas supply and water supply/drainage.
Utilizes a 2-5 layer co-extrusion extruder, paired with a dedicated composite mold to meet the functional layer combination requirements.
Equipped with an online detection and precise temperature control system to ensure pipe dimensional accuracy and interlayer adhesion.
Includes high-speed traction, cutting, and winding units for continuous and efficient production.
Core Product Advantages: The multilayer structure has clearly defined functions, integrating anti-seepage, UV resistance, and reinforcement, adapting to complex working conditions.
Retains the corrosion resistance and crack resistance of HDPE material, while improving service life through interlayer optimization.
Compared to single-layer pipes, it reduces the amount of high-end raw materials used while controlling production costs for the same performance.
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